Material Selection
Premium Materials, Delivering Exceptional Quality
What makes our pneumatic nail guns exceptionally durable, delivering over 1 million shots while maintaining smooth performance? The key lies in selecting the right materials. ADC12 aluminum casing and high-quality rubber seals are the foundation of strength and reliability, ensuring consistent performance in various applications.
Magazine: Multiple Material Options
As one of the core components of pneumatic nail guns, the magazine not only bears the key function of loading nails, but its material selection, structural design and manufacturing process also directly affect the overall performance and reliability.
We provide two magazine solutions: steel magazine and aluminum alloy magazine. Each has its own unique advantages for different application requirements, ensuring optimal performance in various scenarios.
Steel
Steel magazines are ideal for industrial or heavy-duty construction applications. Utilizing advanced heat treatment, electrophoretic coating, and blackening processes at 130°C–150°C, the steel surface will form a dense oxide layer, providing rust resistance for over 1 year under normal conditions.
Aluminum Alloy
We source aluminum from certified suppliers and optimize magazine thickness, exceeding the industry standard by 10%, to enhance strength and wear resistance.
To ensure consistent quality across every batch, we strictly follow the quality control manual, guaranteeing each product meets high standards before shipment.
Nail Gun Casing: Rugged Protection
The nail gun casing protects the internal components, so robust and impact-resistant materials are required. We choose stable ADC12 aluminum alloy, which ensures superior strength and significantly reduces air leakage rate. This design guarantees durable performance, minimizes downtime due to equipment failure and increases worker productivity.
Buffer Pads: Key to Wear Resistance
Our testing data shows that under a striking frequency of 125 impacts per minute and an air pressure of 0.75 MPa (7.5 kgf/cm²), our buffer pads can achieve a service life of approximately 1100000 strikes.
Calculated at a workload of 200,000 strikes per month, the buffer pads can sustain up to 6 months of use. Even if it is used frequently, it only needs to be replaced every six months, which greatly reduces the maintenance frequency.
MEX Next Step in Quality: Advanced Manufacturing
Learn how we install these high-quality components in our products to achieve the best results.